INIS
coalbed methane
100%
coal
100%
cryogenics
94%
research programs
94%
grants
94%
proposals
94%
production
94%
kazakhstan
94%
fracturing
94%
recovery
47%
graphene
47%
gases
47%
methane
47%
simulation
47%
adsorption
31%
molecules
21%
width
15%
carbon dioxide
10%
molecular dynamics method
5%
density
5%
injection
5%
comparative evaluations
5%
shale gas
5%
monte carlo method
5%
energy sources
5%
modeling
5%
rocks
5%
coal seams
5%
layers
5%
shales
5%
adsorption isotherms
5%
Keyphrases
Karaganda Coal Basin
94%
Coalbed Methane Production
94%
Fracturing Technology
94%
Cryogenic Fracturing
94%
Kazakhstan
94%
Collaborative Research
94%
Graphene Nanoslits
47%
Coalbed Methane Recovery
47%
Slit Pore
47%
Molecular Simulation
47%
Methane
28%
Methane Molecule
18%
Adsorbed Methane
18%
Gas Molecules
18%
Pore Width
18%
Adsorption
18%
Shale Gas
9%
Molecular Dynamics Modeling
9%
Dynamic Modeling Method
9%
Multilayer Adsorption
9%
Organic-rich Rocks
9%
Grand Canonical Monte Carlo
9%
Nanoslit Pore
9%
Exothermic Process
9%
Adsorption Rate
9%
Adsorption Mechanism
9%
Coal Seam
9%
Number Density
9%
Temperature Conditions
9%
Methane Recovery
9%
Energy Sources
9%
Adsorbed State
9%
Shale
9%
Coalbed Methane
9%
Pressure Condition
9%
Graphene-based Materials
9%
Adsorption Isotherm
9%
Adsorption Amount
9%
Monte Carlo Dynamics
9%
Density Profile
9%